Circus SE has completed its full acquisition of Belgian food robotics company Alberts, moving from a binding agreement announced in April to a closed transaction that adds a compact autonomous food-production platform to its portfolio. The Munich-based AI robotics company said the deal broadens its range of autonomous sustainment systems and brings Alberts’ established European commercial footprint, patents, and operating know-how into the group. The acquisition arrives as Circus seeks to scale robotic meal production across commercial settings while expanding its technology base through targeted transactions.
Transaction Terms
As consideration for the acquisition, Circus will issue 1.2 million new shares, with those shares subject to a 26-month lock-up running through September 2028. The agreement also includes a potential €350,000 cash payment tied to the achievement of defined milestones and a separate earn-out based directly on new Alberts system sales and deployments during the 24 months following closing. The final structure aligns part of the consideration with the acquired business’s future commercial performance rather than making the entire payout unconditional at closing.
Expanding the Product Portfolio
Founded in 2015, Alberts develops patented robotic food-production systems designed for autonomous operation, and its systems have been installed in six countries for customers including Danone, Decathlon, and Sodexo. Circus has positioned the technology as a complement to its existing CA-1 platform for autonomous meal production and its CA-M system for defense applications. In particular, the Alberts system has an approximately one-square-meter footprint, giving Circus a smaller-format option suited to high-density deployments in space-constrained settings.
Commercial and Technology Rationale
Circus previously said the acquisition is expected to contribute revenue during the current financial year, reflecting Alberts’ existing deployments rather than a technology that remains only at a development stage. The deal also adds multiple patents and an established commercial presence across European markets, assets that Circus said will strengthen its portfolio of fully autonomous sustainment systems. For the buyer, the transaction broadens the potential applications of its robotics offering across workplaces, retail locations, and other sites where available floor space can limit the use of larger equipment.
Integration and Governance
Alberts’ founding management team will remain in active management roles after the transaction, preserving operational and technical continuity as the company is integrated into Circus. Chris de Wolf, Alberts’ former anchor shareholder, will join Circus’s Board of Advisors. The continued involvement of the acquired company’s leadership is intended to support the transition and help advance the group’s longer-term expansion plans.
Building a Broader Automation Platform
Circus describes its strategy as building a diversified portfolio of autonomous sustainment systems, combining robotics hardware, artificial intelligence, and operating software for meal production and supply. Its CircusOS platform manages functions ranging from demand planning and predictive diagnostics to customer interactions, while its flagship CA-1 system is designed to produce meals autonomously at industrial speed. Adding Alberts gives the company another system category and a route to address installations where a compact physical footprint is a decisive commercial requirement.
The completed Alberts acquisition gives Circus an operating food robotics business with existing customers, European deployments, and technology that extends beyond its current large-scale and defense-oriented systems. The deal’s share issuance, milestone payment, and sales-linked earn-out structure tie a portion of the consideration to performance after closing, while the lock-up arrangement limits immediate share sales by the recipients. The next measure of the transaction’s impact will be whether Circus can convert Alberts’ installed base and compact system design into sustained revenue growth across its broader robotics platform.